The question itself makes no real sense.
The Atom economy of a chemical reaction is calculated using the formula
Atom economy = mass of useful product / mass of products x 100
This effectively gives the percentage of the mass of reactants turned into useful products thus allowing a calculation of waste from a given process.
Increasing the atom economy in a reaction involves maximizing the amount of starting materials that end up in the desired product. Some strategies include using catalytic reactions, selecting reactants that are directly incorporated into the desired product, and minimizing the use of byproducts or waste. Recycling or reusing reactants and products can also help improve atom economy.
The atom economy of a reaction measures the efficiency of how atoms are utilized in producing the desired product. For the synthesis of ammonia (NH3) from nitrogen and hydrogen gas, the atom economy is 33.3%, meaning that one-third of the reactants' atoms end up in the product molecule.
The product of ethene's reaction with chlorine is 1,2-dichloroethane. This reaction involves the addition of a chlorine atom to each carbon atom in the ethene molecule.
If an atom undergoes a chemical reaction, it involves rearrangement of electrons in the outer shell to form new chemical bonds. On the other hand, if it undergoes a nuclear reaction, it involves changes in the atomic nuclei, resulting in the formation of different elements or isotopes. To determine whether it was a chemical or nuclear reaction, observe whether there are changes in the electron configuration or in the atomic number and mass of the atom.
This type of chemical reaction is known as a redox reaction, specifically a single displacement reaction. In this reaction, a metal atom transfers electrons to cations, resulting in the formation of a new metal and cations.
The percentage yield shows the percentage of the actual amount of product you got from the amount of product you ought to get. A reaction can have a high percentage yield while at the same time producing much waste. So as an alternative, the idea of atom economy was put forward as a better measure of a synthesis efficiency. Atom economy shows the percentage of the desired products from the total amount of reactants.
Increasing the atom economy in a reaction involves maximizing the amount of starting materials that end up in the desired product. Some strategies include using catalytic reactions, selecting reactants that are directly incorporated into the desired product, and minimizing the use of byproducts or waste. Recycling or reusing reactants and products can also help improve atom economy.
The atom economy of a reaction measures the efficiency of how atoms are utilized in producing the desired product. For the synthesis of ammonia (NH3) from nitrogen and hydrogen gas, the atom economy is 33.3%, meaning that one-third of the reactants' atoms end up in the product molecule.
Atom economy is calculated by dividing the molecular weight of the desired product by the sum of the molecular weight of all reactants, and then multiplying by 100. The formula is as follows: Atom economy = (Molecular weight of desired product / Sum of molecular weights of all reactants) x 100
By a nuclear reaction
Atom economy or atom utilization is simply the Mr or molecular weight of desired product formed divided by the Mr of all the reactants. Say we have a reaction A + B -----> C C + D ------> E AU = (Mr of E/(Mr of A + B + C)) x 100
Is the direct displacement of atom or group of atom by atom or group of atom.
Industrial reactions with high atom economies produce less waste, reducing environmental impact and making the process more sustainable. High atom efficiency also leads to higher yield of desired products, increasing the overall efficiency and reducing production costs.
no it is a chemical reaction!
The only way to change the number of protons in an atom is with a nuclear reaction.
The product of ethene's reaction with chlorine is 1,2-dichloroethane. This reaction involves the addition of a chlorine atom to each carbon atom in the ethene molecule.
It is an atom.